Focus overview of analyzed articles
| Core author(s) | Article | FWCI | Target region | Aim of the article | Survey period | Sample size |
|---|---|---|---|---|---|---|
| Kliestik, Kovacova (Misankova), Valaskova | Kliestik et al. (2017) | 28.44 | Slovakia | To design and assess a novel tool for bankruptcy prediction | 2012–2015 | 265,347 |
| Kliestik, Kovacova | Kovacova and Kliestik (2017) | 7.25 | Slovakia | To construct models for the bankruptcy prediction of Slovak companies and compare the overall predictive ability of the two developed models | 2015 | 1,000 |
| Kliestik, Kovacova | Kovacova et al. (2018) | 2.25 | Slovakia | To test the validity of prediction models developed as partial results of our research project | 2015–2016 | 27,029 |
| Kliestik, Kovacova, Valaskova | Valaskova et al. (2018) | 26.19 | Slovakia | To assess the financial risks of Slovak entities, realized by identifying significant factors and determinants affecting the prosperity of Slovak companies | 2015 | 62,533 |
| Kliestik, Kovacova, Valaskova, Vrbka | Kliestik et al. (2020) | 15.44 | Slovakia, the Czech Republic, Poland, Hungary, Romania, Lithuania, Latvia, Estonia, Croatia, Russia, Ukraine and Belarus | To analyse and compare financial ratios used in the models of transition countries | 1993–2018 | 180 models (not companies) were analyzed |
| Kliestik, Vrbka | Kliestik et al. (2018) | 4.47 | V4 (Czech Rep., Hungary, Poland, Slovakia) | To develop a model to reveal the unhealthy development of the enterprises in V4 countries, which is done by the multiple discriminant analysis | 2015–2016 | 449,781 |
| Kovacova (Misankova) | Gavurova et al. (2017) | 3.92 | Slovakia | Assessment of four bankruptcy prediction models to determine the most appropriate model | 2009–2014 | 700 |
| Kovacova, Valaskova | Kovacova et al. (2019) | N/A | V4 (Czech Rep., Hungary, Poland, Slovakia) | To provide deep insight and analyse the bankruptcy prediction models developed in countries of Visegrad four, emphasizing methods applied and explanatory variables used in these models, and evaluate them through appropriate statistical methods | Not stated | 103 prediction models developed in V4 countries |
| Kovacova, Vrbka | Podhorska et al. (2020) | N/A | Emerging markets including 17 countries from Europe | To create a comprehensive prediction model of enterprise financial distress based on decision trees under emerging market conditions. The model also contains three dummy variables (country, size of enterprise and NACE classification) and countries’ GDP data | 2015–2016 | 2,359,731 |
| Valaskova | Valaskova et al. (2020) | N/A | Slovakia | To portray the bankruptcy models (eight) developed in conditions of the Slovak republic, especially in the agriculture sector, verify their predictive ability using divergent statistical methods, and explore the importance of financial ratios in the prediction of financial stability | 2016–2018 | 3,329 |
| Altman, Laitinen | Altman et al. (2017) | 18.03 | 31 European + 3 non-European countries (USA, China, Colombia) | To deliberate on categorizing the Z-Score model in terms of forecasting bankruptcy | 2002–2010 | 2,640,778 |
| Altman, Laitinen | Altman, Iwanicz-Drozdowska, Laitinen, and Suvas (2016) | 1.25 | Finland | To evaluate the effectiveness of financial and nonfinancial variables in the long-term perspective | 2004–2013 | 59,099 |
| Altman | Barboza et al. (2017) | 14.88 | North America | To test machine learning models to predict bankruptcy one year before the event, and compare their performance with other models | 1985–2013 | 41,741 |
| Altman | Altman (2018) | 2.41 | Not mentioned | To assess the fundamental and stats elements of Altman’s Z-score model presented in 1968 | 1968–2018 | No real data |
| Altman | Altman (2018) | 2.03 | Not mentioned | To discuss many implementations of the Z-score | 1968–2018 | No real data |
| Altman, Laitinen | Altman et al. (2020) | 1.93 | Finland | To compare the accuracy and efficiency of five different estimation methods for predicting the financial distress of small and medium-sized enterprises | 2004–2013 | 48,916 |
| Laitinen | Laitinen and Lukason (2014) | 1.89 | Finland, Estonia | Considering “the novel topic of comparing firm failure processes between different countries.” | 2002–2009 | 140 |
| Laitinen | Laitinen and Suvas (2016) | 2.07 | EU–26 | The objective is to investigate the influence of Hofstede’s original cultural dimensions on financial distress prediction | 2002–2010 | 1,278,362 |
| Laitinen | Lukason and Laitinen (2019) | 1.36 | EU (Italy, France, Spain, Romania, Hungary) | The paper aims to extract firm failure processes (FFPs) by using failure risk and ranking the importance of failure risk contributors for different stages of FFPs | N/A | 1,234 |
| Laitinen | Muñoz-Izquierdo et al. (2020) | 1.86 | Spain | To empirically analyse the usefulness of combining accounting and auditing data to predict corporate financial distress. Concretely, to examine whether audit report information incrementally predicts distress over a traditional accounting model: the Altman’s Z-Score model | 2004–2014 | 808 |
| Jabeur | Jabeur et al. (2021) | 8.30 | France | To propose a new gradient boosting technique for bankruptcy prediction, namely, CatBoost | 2014–2016 | 133 |
| Jabeur | Ben Jabeur (2017) | 2.03 | France | To improve the LR in the presence of highly correlated data, by using a PLS-LR that offers a significant alternative by allowing, among other advantages, in considering the action of the existing correlation | 2006–2008 | 800 |
| Jabeur | Jabeur and Fahmi (2018) | 1.82 | France | To present a model to predict financial distress in French companies | 2006–2008 | 800 |
| Jabeur | Stef and Jabeur (2018) | 0.53 | France | To determine if nonfinancial variables such as the number of new firms can represent a useful tool for forecasting a firm’s liquidation | 2006–2008 | 825 |
| Jabeur | Ben Jabeur, Stef, and Carmona (2022) | 4.44 | France | An improved Extreme Gradient Boosting (XGBoost) algorithm based on feature importance selection (FS-XGBoost) is proposed to predict corporate failure | 2014–2017 | 1,850 |
| Tsai | Liang et al. (2016) | 6.17 | Taiwan | To assess the prediction performance obtained by combining multiple financial ratios and corporate governance indicators | 1999–2009 | 478 |
| Tsai | Tsai and Cheng (2012) | 1.41 | Australia, Germany, Japan | To examine the performance of bankruptcy prediction models after removing several outlier volumes | N/A | 4,778 |
| Tsai | Tsai and Hsu (2013) | 1.14 | Australia, Germany, Japan | To present a meta-learning framework to predict bankruptcy | N/A | 2,343 |
| Tsai | Liang, Tsai, and Wu (2015) | 2.78 | Australia, Germany, Taiwan, China | A comprehensive study examines the effect of performing filter and wrapper-based feature selection methods on financial distress prediction. In addition, the impact of feature selection on the prediction models obtained using various classification techniques is also investigated | N/A | 2,818 |
| Tsai | Liang et al. (2020) | 1.65 | USA | To construct a bankruptcy prediction model based on multiple financial ratios and corporate governance indicators | 1996–2014 | 286 |
| Tsai | Tsai et al. (2021) | 1.41 | Not exactly specified | To compare the performance of three feature selection algorithms, three instance selection algorithms, four classification algorithms, and two ensemble learning techniques | N/A | 242,429 |
| Jones | Jones et al. (2017) | 6.16 | USA | Based on a large sample of US corporate bankruptcies, we examine the predictive performance of 16 classifiers, ranging from the most restrictive classifiers (such as logit, probit and linear discriminant analysis) to more advanced techniques such as neural networks, support vector machines (SVMs) and “new age” statistical learning models including generalized boosting, AdaBoost and random forests | 2000–N/A | 3,111 |
| Jones | Peat and Jones (2012) | N/A | Australia | The study adds to current debates by investigating the performance of N.N.s in the context of forecast combination. Furthermore, to test the performance of the N.N. model with the most widely used discrete choice model in the bankruptcy literature, logistic regression | Period 1: 2000–2002, Period 2: 2003+ | 558 max/period (different samples for different periods) |
| Jones | Jones (2017) | 3.91 | USA | To outline a conspicuous trend in the literature by applying the gradient boosting model | 1987–2013 | 1,115 |
| Jones | Cheng, Jones, and Moser (2018) | 0.27 | USA | To examine the trading behaviour of U.S. corporate insiders and certain groups of institutional investors (short-term, transient, top-performing, and those with fiduciary responsibility) in the eight quarters leading up to a U.S. firm bankruptcy filing | 1992–2012 | 610 |
| Jones | Jones and Wang (2019) | 2.16 | Whole world | The study utilizes an advanced machine learning method known as TreeNet(R) (Salford Systems, 2017) to predict various private company failure states, ranging from binary settings (i.e. failed vs non-failed) to more complex multi-class settings with up to five states of failure | 2009–2013 | 4,922,271 |
| Jones | Alam, Gao, and Jones (2021) | 0.97 | North America | To propose a deep learning model of firm failure prediction and compare it to the traditional prediction model | 2001–2018 | 641,667 |
| Li, Sun | Sun, Li, Huang, and He (2014) | 5.97 | China | To compile a complete summary, analysis and evaluation of the current literature on financial distress prediction (FDP) | N/A | No real data |
| Li, Sun | Li and Sun (2009) | 2.06 | China | To construct of hybrid case-based reasoning model and to test the performance | N/A | 153 |
| Li, Sun | Li and Sun (2011a) | N/A | China | To explain the data mining technique of two-step clustering; to introduce a new mining method | N/A | 266 |
| Li, Sun | Li and Sun (2011b) | 1.30 | China | To explain the necessity to base such case-based reasoning ensemble (CBRE) prediction technique on random similarity functions (RSF) | N/A | 313 |
| Li, Sun | Li and Sun (2011c) | 1.52 | China | To construct a principal-component case-based reasoning ensemble (PC-CBR-E) model | N/A | 270 |
| Li, Sun | Li and Sun (2011d) | 0.36 | China | To compare different models using SVM techniques | N/A | 153 |
| Li, Sun | Li, Lee, Zhou, and Sun (2011) | 1.17 | China | To construct a new model based on random subspace binary logistic regression analysis | N/A | 270 |
| Li, Sun | Li and Sun (2012) | 1.01 | China | To compare the CBR ensemble with MDA, logistic regression, and classical CBR algorithm | N/A | 153 |
| Li, Sun | Li, Hong, He, Xu, and Sun (2013) | 0.40 | China | To construct a small sample-oriented case-based kernel predictive method (SSOCBKPM) | N/A | 200 |
| Li, Sun | Li, Li, Wu, and Sun (2014) | 2.42 | China | To verify statistically a performance of statistic-based wrapper based on SVM methods | N/A | 668 |
| Li, Sun | Sun et al. (2014) | 0.97 | China | To explore the “imbalanced FDP based on SVM.” | Sample 1: 2010–2012 Sample 2: 2012–2013 | 427 |
| Li, Sun | Sun et al. (2016) | 0.79 | China, world | To propose an approach for dynamic evaluation and prediction of financial distress based on the entropy-based weighting (EBW), the support vector machine (SVM) and an enterprise’s vertical sliding time window (VSTW) | 2006–2010 | 5 |
| Li, Sun | Sun et al. (2019) | 0.56 | China | To replicate the Campbell, Hilscher, and Szilagyi (2008) bankruptcy prediction model and add additional terms for the absolute value of changes in the percentage ownership by corporate insiders over the previous six months or changes in ownership by specific groups of institutional investors | 2000–2015 | 486 |
| Li | Li, Hong, Zhou, and Yu (2015) | 0.12 | China | To compare pure SVM, hybrid SVM, SVM ensemble, and hybrid SVM ensemble | N/A | 551 |
| Li | Li, Xu, and Yu (2017) | 0.57 | China | To provide a “feasible approach to handle possible mixed information caused by oversampling; mixed sample modelling (MSM).” | N/A | No real data |
| du Jardin | du Jardin (2016) | 3.51 | France | To present a new model of bankruptcy prediction based on ensembles of models | 2002–2012 Learning samples 2002–2011 (one set per year), testing samples 2003–2012 (one set per year) | 337,400 |
| du Jardin | du Jardin and Séverin (2012) | 0.82 | France | To introduce a new way of using a Kohonen map as a prediction model | Period 1: 1998–2000, period 2: 2000–2002, period 3: 2002–2004 | 11,540 |
| du Jardin | du Jardin (2018) | 1.62 | France | To propose a new bankruptcy prediction model that relies on estimating failure patterns that are quantified with ensembles of Kohonen maps | 2007–2014 | 6,120 |
| du Jardin | du Jardin et al. (2019) | 1.35 | France | To present a new measure that helps improve bankrupt models’ accuracy by using a method to embody earnings management | Period 1: 2006–2007, Period 2: 2009–2010, Period 3: 2011–2012 | 14,220 max (different samples for different periods) |
| du Jardin | du Jardin (2021) | 1.25 | France | To present a new method of bankruptcy prediction based on modelling firms’ history with a self-organizing map. To propose an approach that relies on a particular modelling of firm history using self-organizing neural networks and segmentation of the data space, which makes it possible to typify subsets of firms that share a common evolution of their financial situation over time | Period 1: 2000–2003, Period 2: 2004–2007, Period 3: 2007–2011, Period 4: 2011–2015 | 293,840 |
| du Jardin | du Jardin (2021) | 2.82 | France | To present a new firm-failure forecasting method using an ensemble of self-organizing neural networks | 2008–2015 | 470,330 |
| Korol | Korol (2013) | 2.61 | Poland, Latin America (Mexico, Argentina, Brazil, Chile, Peru) | To compare “the effectiveness of twelve different early warning models.” | Poland 2000–2007, Latin America 1996–2009 | 245 |
| Korol | Korol and Kolodi (2011) | 1.15 | Poland | To present a fuzzy logic-based system | 1999–2005 | 132 |
| Korol | Korol (2018) | 0.16 | 7 EU countries, ten non-EU countries | To evaluate the effectiveness of the 13 fuzzy logic models | Sample 1: 1999–2007, Sample 2: 2000–2009, Sample 3: 1999–2009 | 166 |
| Korol | Korol (2019) | N/A | EU | To develop and evaluate dynamic bankruptcy prediction models for European enterprises | 2004–2017, the period ten years before bankruptcy | 600 |
| Karas, Režňáková | Karas and Režňáková (2017) | 1.84 | Czech Republic | To verify whether bankruptcy predictors are specific in terms of industry or time | 2004–2013 (the concerned companies went bankrupt 2008–2013) | 34,533 |
| Karas, Režňáková | Režňáková and Karas (2015) | 0.97 | V4 (Czech Rep., Hungary, Poland, Slovakia) | To test the predictive capability of the original version of the Altman model in an environment different from the environment of its origin and to explore its transferability to a different economic environment | 2007–2012 | 5,977 |
| Karas, Režňáková | Karas et al. (2017) | 0.50 | Czech Republic | To analyse the current accuracy of four traditional bankruptcy prediction models (the revised Z-score model, Altman-Sabato’s model in both versions – with unlogged and logged predictors, and IN 05 model) in agriculture | 2011–2014 | 475 |
| Karas, Režňáková | Karas and Režňáková (2017) | 1.16 | Czech Republic | To create a bankruptcy prediction model based on the data from construction companies in the Czech Republic | 2011–2014 | 654 |
| Karas, Režňáková | Karas and Režňáková (2018) | 0.53 | Czech Republic | To analyze the usefulness of information about the past development of a company’s financial situation in predicting bankruptcy | 2011–2014 | 1,355 |
| Karas | Karas and Srbová (2019) | 0.52 | Czech Republic | To test the current accuracies of five selected bankruptcy models in predicting the bankruptcy of construction companies and to create a new model designed specifically for this branch | 2006–2015 (the concerned companies went bankrupt 2011–2015) | 4,420 |
| Karas, Režňáková | Karas and Režňáková (2020) | 0.41 | Czech Republic | To introduce a new hybrid model incorporating solely cashflow-based indicators (three model versions were derived) | 2013–2018 | 4,350 |
| Karas, Režňáková | Karas and Režňáková (2021) | 1.25 | EU-28 | Construct a default prediction model incorporating factors considered internal or external manifestations of the financial constraint situation. For example, authors use the Cox semiparametric model, leaving the baseline hazard rate unspecified and employing macroeconomic variables as explanatory variables | 2014–2019 | 213,731 |
| Core author(s) | Article | FWCI | Target region | Aim of the article | Survey period | Sample size |
|---|---|---|---|---|---|---|
| Slovakia | To design and assess a novel tool for bankruptcy prediction | 2012–2015 | 265,347 | |||
| Kliestik, Kovacova | 7.25 | Slovakia | To construct models for the bankruptcy prediction of Slovak companies and compare the overall predictive ability of the two developed models | 2015 | 1,000 | |
| Kliestik, Kovacova | 2.25 | Slovakia | To test the validity of prediction models developed as partial results of our research project | 2015–2016 | 27,029 | |
| Kliestik, Kovacova, Valaskova | 26.19 | Slovakia | To assess the financial risks of Slovak entities, realized by identifying significant factors and determinants affecting the prosperity of Slovak companies | 2015 | 62,533 | |
| Kliestik, Kovacova, Valaskova, Vrbka | Slovakia, the Czech | To analyse and compare financial ratios used in the models of transition countries | 1993–2018 | |||
| Kliestik, Vrbka | 4.47 | V4 (Czech Rep., Hungary, Poland, Slovakia) | To develop a model to reveal the unhealthy development of the enterprises in V4 countries, which is done by the multiple discriminant analysis | 2015–2016 | 449,781 | |
| Kovacova (Misankova) | 3.92 | Slovakia | Assessment of four bankruptcy prediction models to determine the most appropriate model | 2009–2014 | 700 | |
| Kovacova, Valaskova | N/A | V4 (Czech Rep., Hungary, Poland, Slovakia) | To provide deep insight and analyse the bankruptcy prediction models developed in countries of Visegrad four, emphasizing methods applied and explanatory variables used in these models, and evaluate them through appropriate statistical methods | Not stated | ||
| Kovacova, Vrbka | N/A | Emerging markets including 17 countries from Europe | To create a comprehensive prediction model of enterprise financial distress based on decision trees under emerging market conditions. The model also contains three dummy variables (country, size of enterprise and NACE classification) and countries’ GDP data | 2015–2016 | 2,359,731 | |
| Valaskova | N/A | Slovakia | To portray the bankruptcy models (eight) developed in conditions of the Slovak republic, especially in the agriculture sector, verify their predictive ability using divergent statistical methods, and explore the importance of financial ratios in the prediction of financial stability | 2016–2018 | 3,329 | |
| 31 European + 3 non-European countries (USA, China, Colombia) | To deliberate on categorizing the Z-Score model in terms of forecasting bankruptcy | 2002–2010 | 2,640,778 | |||
| Altman, Laitinen | 1.25 | Finland | To evaluate the effectiveness of financial and nonfinancial variables in the long-term perspective | 2004–2013 | 59,099 | |
| Altman | 14.88 | North America | To test machine learning models to predict bankruptcy one year before the event, and compare their performance with other models | 1985–2013 | 41,741 | |
| Altman | 2.41 | Not mentioned | To assess the fundamental and stats elements of Altman’s Z-score model presented in 1968 | 1968–2018 | No real data | |
| Altman | 2.03 | Not mentioned | To discuss many implementations of the Z-score | 1968–2018 | No real data | |
| Altman, Laitinen | 1.93 | Finland | To compare the accuracy and efficiency of five different estimation methods for predicting the financial distress of small and medium-sized enterprises | 2004–2013 | 48,916 | |
| Laitinen | 1.89 | Finland, Estonia | Considering “the novel topic of comparing firm failure processes between different countries.” | 2002–2009 | 140 | |
| Laitinen | 2.07 | EU–26 | The objective is to investigate the influence of Hofstede’s original cultural dimensions on financial distress prediction | 2002–2010 | 1,278,362 | |
| Laitinen | 1.36 | EU (Italy, France, Spain, Romania, Hungary) | The paper aims to extract firm failure processes (FFPs) by using failure risk and ranking the importance of failure risk contributors for different stages of FFPs | N/A | 1,234 | |
| Laitinen | 1.86 | Spain | To empirically analyse the usefulness of combining accounting and auditing data to predict corporate financial distress. Concretely, to examine whether audit report information incrementally predicts distress over a traditional accounting model: the Altman’s Z-Score model | 2004–2014 | 808 | |
| France | To propose a new gradient boosting technique for bankruptcy prediction, namely, CatBoost | 2014–2016 | 133 | |||
| Jabeur | 2.03 | France | To improve the LR in the presence of highly correlated data, by using a PLS-LR that offers a significant alternative by allowing, among other advantages, in considering the action of the existing correlation | 2006–2008 | 800 | |
| Jabeur | France | To present a model to predict financial distress in French companies | 2006–2008 | 800 | ||
| Jabeur | France | To determine if nonfinancial variables such as the number of new firms can represent a useful tool for forecasting a firm’s liquidation | 2006–2008 | 825 | ||
| Jabeur | 4.44 | France | An improved Extreme Gradient Boosting (XGBoost) algorithm based on feature importance selection (FS-XGBoost) is proposed to predict corporate failure | 2014–2017 | 1,850 | |
| Taiwan | To assess the prediction performance obtained by combining multiple financial ratios and corporate governance indicators | 1999–2009 | 478 | |||
| Tsai | 1.41 | Australia, Germany, Japan | To examine the performance of bankruptcy prediction models after removing several outlier volumes | N/A | 4,778 | |
| Tsai | 1.14 | Australia, Germany, Japan | To present a meta-learning framework to predict bankruptcy | N/A | 2,343 | |
| Tsai | 2.78 | Australia, Germany, Taiwan, China | A comprehensive study examines the effect of performing filter and wrapper-based feature selection methods on financial distress prediction. In addition, the impact of feature selection on the prediction models obtained using various classification techniques is also investigated | N/A | 2,818 | |
| Tsai | 1.65 | USA | To construct a bankruptcy prediction model based on multiple financial ratios and corporate governance indicators | 1996–2014 | 286 | |
| Tsai | 1.41 | Not exactly specified | To compare the performance of three feature selection algorithms, three instance selection algorithms, four classification algorithms, and two ensemble learning techniques | N/A | 242,429 | |
| USA | Based on a large sample of US corporate bankruptcies, we examine the predictive performance of 16 classifiers, ranging from the most restrictive classifiers (such as logit, probit and linear discriminant analysis) to more advanced techniques such as neural networks, support vector machines (SVMs) and “new age” statistical learning models including generalized boosting, AdaBoost and random forests | 2000–N/A | 3,111 | |||
| Jones | N/A | Australia | The study adds to current debates by investigating the performance of N.N.s in the context of forecast combination. Furthermore, to test the performance of the N.N. model with the most widely used discrete choice model in the bankruptcy literature, logistic regression | Period 1: 2000–2002, Period 2: 2003+ | 558 max/period (different samples for different periods) | |
| Jones | 3.91 | USA | To outline a conspicuous trend in the literature by applying the gradient boosting model | 1987–2013 | 1,115 | |
| Jones | 0.27 | USA | To examine the trading behaviour of U.S. corporate insiders and certain groups of institutional investors (short-term, transient, top-performing, and those with fiduciary responsibility) in the eight quarters leading up to a U.S. firm bankruptcy filing | 1992–2012 | 610 | |
| Jones | 2.16 | Whole world | The study utilizes an advanced machine learning method known as TreeNet(R) ( | 2009–2013 | 4,922,271 | |
| Jones | 0.97 | North America | To propose a deep learning model of firm failure prediction and compare it to the traditional prediction model | 2001–2018 | 641,667 | |
| China | To compile a complete summary, analysis and evaluation of the current literature on financial distress prediction (FDP) | N/A | No real data | |||
| Li, Sun | 2.06 | China | To construct of hybrid case-based reasoning model and to test the performance | N/A | 153 | |
| Li, Sun | N/A | China | To explain the data mining technique of two-step clustering; to introduce a new mining method | N/A | 266 | |
| Li, Sun | 1.30 | China | To explain the necessity to base such case-based reasoning ensemble (CBRE) prediction technique on random similarity functions (RSF) | N/A | 313 | |
| Li, Sun | 1.52 | China | To construct a principal-component case-based reasoning ensemble (PC-CBR-E) model | N/A | 270 | |
| Li, Sun | 0.36 | China | To compare different models using SVM techniques | N/A | 153 | |
| Li, Sun | 1.17 | China | To construct a new model based on random subspace binary logistic regression analysis | N/A | 270 | |
| Li, Sun | 1.01 | China | To compare the CBR ensemble with MDA, logistic regression, and classical CBR algorithm | N/A | 153 | |
| Li, Sun | 0.40 | China | To construct a small sample-oriented case-based kernel predictive method (SSOCBKPM) | N/A | 200 | |
| Li, Sun | 2.42 | China | To verify statistically a performance of statistic-based wrapper based on SVM methods | N/A | 668 | |
| Li, Sun | 0.97 | China | To explore the “imbalanced FDP based on SVM.” | Sample 1: | 427 | |
| Li, Sun | 0.79 | China, world | To propose an approach for dynamic evaluation and prediction of financial distress based on the entropy-based weighting (EBW), the support vector machine (SVM) and an enterprise’s vertical sliding time window (VSTW) | 2006–2010 | 5 | |
| Li, Sun | 0.56 | China | To replicate the | 2000–2015 | 486 | |
| Li | 0.12 | China | To compare pure SVM, hybrid SVM, SVM ensemble, and hybrid SVM ensemble | N/A | 551 | |
| Li | 0.57 | China | To provide a “feasible approach to handle possible mixed information caused by oversampling; mixed sample modelling (MSM).” | N/A | No real data | |
| France | To present a new model of bankruptcy prediction based on ensembles of models | 2002–2012 Learning samples 2002–2011 (one set per year), testing samples 2003–2012 (one set per year) | 337,400 | |||
| du Jardin | 0.82 | France | To introduce a new way of using a Kohonen map as a prediction model | Period 1: 1998–2000, period 2: 2000–2002, period 3: 2002–2004 | 11,540 | |
| du Jardin | 1.62 | France | To propose a new bankruptcy prediction model that relies on estimating failure patterns that are quantified with ensembles of Kohonen maps | 2007–2014 | 6,120 | |
| du Jardin | 1.35 | France | To present a new measure that helps improve bankrupt models’ accuracy by using a method to embody earnings management | Period 1: 2006–2007, Period 2: 2009–2010, Period 3: 2011–2012 | 14,220 max (different samples for different periods) | |
| du Jardin | 1.25 | France | To present a new method of bankruptcy prediction based on modelling firms’ history with a self-organizing map. To propose an approach that relies on a particular modelling of firm history using self-organizing neural networks and segmentation of the data space, which makes it possible to typify subsets of firms that share a common evolution of their financial situation over time | Period 1: 2000–2003, Period 2: 2004–2007, Period 3: 2007–2011, Period 4: 2011–2015 | 293,840 | |
| du Jardin | 2.82 | France | To present a new firm-failure forecasting method using an ensemble of self-organizing neural networks | 2008–2015 | 470,330 | |
| Poland, Latin America (Mexico, Argentina, Brazil, Chile, Peru) | To compare “the effectiveness of twelve different early warning models.” | Poland 2000–2007, Latin America 1996–2009 | 245 | |||
| Korol | 1.15 | Poland | To present a fuzzy logic-based system | 1999–2005 | 132 | |
| Korol | 0.16 | 7 EU countries, ten non-EU countries | To evaluate the effectiveness of the 13 fuzzy logic models | Sample 1: 1999–2007, Sample 2: 2000–2009, Sample 3: 1999–2009 | 166 | |
| Korol | N/A | EU | To develop and evaluate dynamic bankruptcy prediction models for European enterprises | 2004–2017, the period ten years before bankruptcy | 600 | |
| Czech Republic | To verify whether bankruptcy predictors are specific in terms of industry or time | 2004–2013 (the concerned companies went bankrupt 2008–2013) | 34,533 | |||
| Karas, Režňáková | 0.97 | V4 (Czech Rep., Hungary, Poland, Slovakia) | To test the predictive capability of the original version of the Altman model in an environment different from the environment of its origin and to explore its transferability to a different economic environment | 2007–2012 | 5,977 | |
| Karas, Režňáková | 0.50 | Czech Republic | To analyse the current accuracy of four traditional bankruptcy prediction models (the revised Z-score model, Altman-Sabato’s model in both versions – with unlogged and logged predictors, and IN 05 model) in agriculture | 2011–2014 | 475 | |
| Karas, Režňáková | 1.16 | Czech Republic | To create a bankruptcy prediction model based on the data from construction companies in the Czech Republic | 2011–2014 | 654 | |
| Karas, Režňáková | 0.53 | Czech Republic | To analyze the usefulness of information about the past development of a company’s financial situation in predicting bankruptcy | 2011–2014 | 1,355 | |
| Karas | 0.52 | Czech Republic | To test the current accuracies of five selected bankruptcy models in predicting the bankruptcy of construction companies and to create a new model designed specifically for this branch | 2006–2015 (the concerned companies went bankrupt 2011–2015) | 4,420 | |
| Karas, Režňáková | 0.41 | Czech Republic | To introduce a new hybrid model incorporating solely cashflow-based indicators (three model versions were derived) | 2013–2018 | 4,350 | |
| Karas, Režňáková | 1.25 | EU-28 | Construct a default prediction model incorporating factors considered internal or external manifestations of the financial constraint situation. For example, authors use the Cox semiparametric model, leaving the baseline hazard rate unspecified and employing macroeconomic variables as explanatory variables | 2014–2019 | 213,731 |
Note(s): By core authors within the period 2010–2022; sorted in descending order by the FWCI indicator
Source(s): Appendix created by authors
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